Development of Novel Bio-Organic Fertilizers

Surface modification of coal tailings by thermal air oxidation for ammonia capture

W Zhang, B Han, U Wille, C Butterly, JZ He, D Chen

2022-08-15

Utilization of coal tailings (CTs) to enable ammonia (NH3) capture is of interest from pollution control and waste management pers..

Modification of naturally abundant resources for remediation of potentially toxic elements: A review

B Han, AJ Weatherley, K Mumford, N Bolan, JZ He, GW Stevens, D Chen

2022-01-05

Water and soil contamination due to potentially toxic elements (PTEs) represents a critical threat to the global ecosystem and hum..

Modified lignite and black coal reduce ammonia volatilization from cattle manure

W Zhang, C Butterly, B Han, JZ He, D Chen

2022-01-01

Modified lignite and black coal (BC) are potential amendments for animal bedding to abate ammonia (NH<inf>3</inf>) emissions due t..

Lignite, dewatered lignite and modified subbituminous coal reduce nitrogen loss from broiler litter

B Costello, D Chen, B Han, W Zhang, CR Butterly

2021-12-01

Broiler litter is generated in large quantities as a waste by-product of chicken meat production. N may be lost from the litter an..